Lattice stability for atomistic chains modeled by local approximations of the embedded atom method

Keyphrases

• Local Approximation 100%
• Embedded Atom Method 100%
• Lattice Stability 100%
• Critical Strain 100%
• Volume-based 85%
• Surface Cauchy-Born 85%
• Reconstruction-based 57%
• Atomistic Model 57%
• Bearing Model 57%
• Local Model 42%
• Energy Density 42%
• Site Energy 42%
• Reconstruction-based Model 42%
• Embedded Energy 28%
• Strain Energy Density 28%
• Lattice Instability 28%
• Nearest-neighbor Interactions 28%
• Computational Modeling 14%
• Material Modeling 14%
• Dislocation 14%
• Nearest Neighbor 14%
• Model Use 14%
• Bilinear 14%
• Strictly Convex 14%
• Continuum Model 14%
• Accurate Approximation 14%
• Material Deformation 14%
• Third Space 14%
• Elastic Interaction 14%
• Lattice Defects 14%
• Defect Interaction 14%
• Continuum Approximation 14%
• Local Atom 14%
• Grain Reconstruction 14%
• Convex Embeddings 14%

Engineering

• Critical Strain 100%
• Energy Engineering 57%
• Local Model 42%
• Flux Density 42%
• Nearest Neighbor 42%
• Strain Energy Density 28%
• Continuum Model 14%
• Elastic Interaction 14%
• Space Dimension 14%
• Physical Case 14%

Mathematics

• Lattices 100%
• Flux Density 62%
• Nearest Neighbor 37%
• Approximates 25%
• Neighbor Interaction 25%
• Strain Energy 25%
• Strictly Convex 12%
• Dominates 12%
• Space Dimension 12%